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fatoomch
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Would I be right in saying that the two are transferred to pure energy?
Gelsamel Epsilon said:I don't think I could understand how energy would not always be "pure". Probably just the wording they use to make the article sound cooler. And since they see the need to make their article sound cool they obviously aren't going to use complex examples and say stuff like "well, not really, but in the specific complicated circumstances we use them in they will". I would take the article as saying that it is possible.
As for your question It would seem logical that if antimatter/matter collisions can convert whole masses into energy then energy could possibly be converted back into mass. Actually i wouldn't be supprised if it does happen, but I can't think of any examples right now (damn brain).
~Gelsamel
DaveC426913 said:In the "ideal" situation though, is it not true that the product of a matter-antimatter collision is simply gamma radiation?
Thus, the short answer to his question is "Yes, under the right circumstances"?
superweirdo said:I was wondering, since everything has an antimatter, do we have an anti? If we do, what would happen when we would meet? Would we destroy ourselfves?(Sort of how devil and angels do)
superweirdo said:I was wondering, since everything has an antimatter, do we have an anti? If we do, what would happen when we would meet? Would we destroy ourselfves?(Sort of how devil and angels do)
Perils of Modern Living
Harold P. Furth
Well up above the tropostrata
There is a region stark and stellar
Where, on a streak of anti-matter
Lived Dr. Edward Anti-Teller.
Remote from Fusion's origin,
He lived unguessed and unawares
With all his antikith and kin,
And kept macassars on his chairs.
One morning, idling by the sea,
He spied a tin of monstrous girth
That bore three letters: A. E. C.
Out stepped a visitor from Earth.
Then, shouting gladly o'er the sands,
Met two who in their alien ways
Were like as lentils. Their right hands
Clasped, and the rest was gamma rays
Consider this case, collide a matter deuteron [NP] with an antimatter triton [[itex]\overline{N}\overline{P}\overline{N}[/itex]], pure energy should not be the outcome of the interaction since the matter and antimatter have asymmetric mass units.fatoomch said:Would I be right in saying that the two are transferred to pure energy?
superweirdo said:So you are saying that when human and antihuman would shakehand, we would just turn into energy?
Each type of fundamental particle has an antimatter counterpart. That has nothing whatever to do with macro structures in the universe having counterparts.superweirdo said:I was wondering, since everything has an antimatter, do we have an anti? If we do, what would happen when we would meet? Would we destroy ourselfves?(Sort of how devil and angels do)
Matter is any substance that has mass and takes up space. It includes all the particles that make up the physical world, such as atoms, molecules, and subatomic particles. Antimatter is essentially the opposite of matter, with the same mass but opposite charge. For example, an antiproton has the same mass as a proton but has a negative charge.
When matter and antimatter collide, they annihilate each other, releasing a large amount of energy in the form of gamma rays. This process is governed by Einstein's famous equation E=mc^2, where E is the energy released, m is the mass of the particles, and c is the speed of light.
Matter and antimatter are produced in equal amounts in high-energy reactions, such as in particle accelerators or in the early universe. However, in our current universe, we see much more matter than antimatter. This is a mystery that scientists are still trying to understand.
Yes, antimatter has the potential to be a very efficient source of energy. When matter and antimatter annihilate, they release a huge amount of energy. However, currently, the production and storage of antimatter is very difficult and expensive, making it not a viable energy source.
Unfortunately, creating a sustainable reaction between matter and antimatter is not possible with our current technology. The amount of energy required to produce antimatter is much greater than the energy released through annihilation. However, scientists continue to study this phenomenon in the hopes of finding a way to harness its potential energy in the future.